X265rips May 2026

Moderátoři: zick-zack, Spede

X265rips May 2026

Typical workflow (e.g., Blu-ray → x265rip):

| Feature | x264 (H.264/AVC) | x265 (H.265/HEVC) | |--------|------------------|--------------------| | Compression efficiency | Good (baseline) | ~50% better for same quality | | Encoding speed | Fast | 2-5x slower (depending on settings) | | Decode hardware support | Universal (10+ years) | Modern GPUs, smart TVs, phones (2016+) | | Bit depth support | 8-bit, 10-bit (limited) | 8-bit, 10-bit, 12-bit | | 4K/HDR | Possible but inefficient | Native support, better HDR10/HLG | | Motion estimation | Simple | Advanced (CTUs, AMVP, DCT) | | File size for 1080p | 8-12 GB (good quality) | 3-6 GB (same perceived quality) |

Why choose x265?

Why avoid x265?

There is a catch, and it’s a big one. x265 is "asymmetric." x265rips

Video encoding is the process of taking raw footage and compressing it. Video decoding is the process of playing it back. x265 makes decoding slightly harder (you need a newer TV or phone), but it makes encoding brutally difficult.

Because the algorithm is so complex, encoding a file in x265 takes significantly longer than x264—often 3 to 5 times slower for the same quality settings. For the release groups who rip these films, this requires massive computing power. A single 4K movie can take hours to encode on a high-end CPU. Typical workflow (e

However, once the hard work is done, the viewer gets a file that is lightweight, bandwidth-friendly, and beautiful.

If you have downloaded a movie or a TV show from the internet in the last five years, you have almost certainly encountered the tag x265. It usually sits in the filename right next to the resolution, looking like a boring technical specification. Why avoid x265

But x265 isn't just a file format; it is the technological triumph that allowed 4K media to flow through average internet connections. It is the engine behind the shift from massive, clunky 10-gigabyte movie files to sleek, 2-gigabyte visual masterpieces.